Mobile Concrete Hollow Core Roof Production Line

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China main port
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TT OR LC
Min Order Qty:
1 set
Supply Capability:
20 set/month

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Product Description:

Automatic Mobile Concrete Hollow Core Roof Production Line

1.   Structure of Automatic Mobile Concrete Hollow Core Roof Production Line:

The machine uses hydraulic lifting system, easy to revolve. It can reduce labor intensity and improve production efficiency. Machine body adopts anti-rust technology. Key parts, like hopper are welded by stainless steel. Wearing parts like reamers, side form, vibration board, stock guide and other parts are all welded with alloy. Both sides of the wall panels can put reinforcement wires, diameter can reach 6mm. Work area is orbital or no orbital.


According to the specialty of the local materials, we provide matching method to insure customer produce standard panels (general materials: fly ash, slag, ceramsite, cinders, cinerite, pumice, vermiculite and so on). Reduce the overall cost of building, increase indoor usable space.


High production efficiency, annual output square meters above 150000m.


2.   Main Features of Automatic Mobile Concrete Hollow Core Roof Production Line:

• One machine can make one slab lower cost, high Wear-resistant, long service life.

• In case of quality problem the company provide free replacement.

• Provide technical support for free.

• Provide consumers with regular visits

• Simple structure, easy operate, less wear parts

3.  Automatic Mobile Concrete Hollow Core Roof Production Line Images:


Mobile Concrete Hollow Core Roof Production Line

Mobile Concrete Hollow Core Roof Production Line

Mobile Concrete Hollow Core Roof Production Line

4.  Automatic Mobile Concrete Hollow Core Roof Production Line Specification:

Type

Aperture & diameter

Number and diameter of wires

Max span

Total power

Productivity

(m/min)

Max. Load

(KN/m2)

Overall dimension

(mm)

Weight

(kg)

GLY180-1200

11/ peach

12/9.5or12.7

9

18.5

1.1-1.3

16.16

2900X1500x1200

3300

GLY200-1200

8 /peach

10/9.5or12.7

10

22

1.1-1.3

13.22

3700X1550X1550

5300

GLY250-1200

8/ peach

10/12.7

12.6

33

1.1-1.3

11.1

3700X1550X1500

6200

GLY300-1200

6 /peach

8/12.7

15

40

1.1-1.3

10.83

3700X1550X1500

6900

GLY380-1200

8 /rhomb

8/12.7

18

39.2

0.8-1.0

12.27

4600X1850X1600

7500


Production Process

Rebar tensioning

.JPG

Raw materials preparing

.JPG

Molding

.jpg


Our customers


Mobile Concrete Hollow Core Roof Production Line

5. Packing & Delivery

Wire cables are used for fastening the machine on the trailer or inside the container.

Machine covered with plastic film.

Machines can be packed in tarpaulin or wooden case according to customer’s needs.


Mobile Concrete Hollow Core Roof Production Line

6. FAQ:

We have organized several common questions for our clients, may help you sincerely

What information we need to confirm with you before send a formal offer?

What kind of slab you want to make, wall panel, roof panel, lintel or something else?

Do you have exact slab size (slab thickness and width)? If not, please tell us the slab span, we will give you suggestion.

Have you use this kind of machine before?

Our machine is totally different from European machine. Please don’t follow their instructions.

How long can we receive the product after purchase?

In the purchase of product, within 20 working days we will arrange the factory delivery as soon as possible. The specific time of receiving is related to the state and position of customers. Commonly 35 working days can be served.

What kind of machine do you have?

Our main products: large span GLY concrete hollow core slab machine, light - weight wall panel machine, lintel machine, column machine, hollow core slab cutting machine, concrete feeding dumper, high-strength steel wire tensioning machine, which amount to more than the types and more than four hundred standards. We can provide the whole plan and technology supporting for concrete precast component.

7. Why choose us:

30 years manufacturing experience.

Constitutor of the

•  More than 10 patents.

•  Passed ISO9001:2000 quality system certificate.

• More than 10 types of machine and over 100 models for choose.

Supply complete set of technology and equipment solution.

• We can design and manufacture all kinds of concrete forming equipment according to customers' demands. Meanwhile we can even more provide our customers a complete set of technology and solution for all producing flow.


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Q:Good mechanical design or good mechanical manufacturing?
generally refers to some large machinery, such as CNC grinding tools and so on, need to do it yourself, go to practice;
Q:Why do the design of mechanical parts (flanges and elbows) be based on the yield limit?
When the metal material reaches its yield limit, the plastic deformation still goes on without increasing the external force. The general mechanical parts (flanges, elbows) and engineering structural parts are not allowed to produce plastic deformation, otherwise it will fail and accidents. Therefore, the design of mechanical parts (flanges and elbows) mostly takes the yield limit as the design.
Q:Who knows what the design criteria for machine parts are, and how they are designed?
5. life standards, in order to ensure that the machine in a certain life span of normal work, in the design of mechanical parts, it is necessary to request the life of mechanical parts. It should be explained that parts can be replaced during the life of the machine, that is, the life of some mechanical parts is shorter than the life of the machine. The life of mechanical parts is mainly affected by fatigue, wear and corrosion of materials. In order to avoid failure caused by parts fatigue, such as fatigue fracture, fatigue strength should be calculated according to the fatigue limit corresponding to the life of mechanical parts. That is to say, according to the requirements of life and the specific speed of parts, according to formula (3-6), the fatigue limit is calculated when the stress cycle number is N. Then the strength condition is calculated and the fatigue strength is calculated. When the fatigue strength is satisfied, the stress cycle times of the mechanical parts can be guaranteed before the damage. Wear is usually unavoidable. Under certain conditions, corrosion is inevitable, such as structural members of bridges, corrosion of buried steel pipelines, etc.. In the design, mainly to ensure the mechanical parts in life, not excessive wear and corrosion. The mechanism of wear is still fully mastered, and there are many factors affecting wear. Generally, the wear resistance of friction pairs is improved according to the tribological design principle. The main measures are as follows: reasonable selection of friction pairs, reasonable choice of lubricant and additives, and control of the working conditions of friction pairs, such as pressure, sliding speed and temperature rise. So far, there is no practical and effective method for calculating corrosion life
Q:Mechanical design, manufacture and automation, 60
I also studied mechanical design, manufacture and automation,. Generally speaking, this job covers a wide area. Depends on what direction you want to develop, mechanical and Electrical Engineering (mechanical and electrical integration), mechanical engineering, mechanical design, etc.. Today's designers are more comfortable with people who can make drawings into models, and see their own personal interests. Character.
Q:What are the key factors in designing mechanical parts?
2- rationality. Also to the shaft, for example, the outer diameter tolerance depends on what things, such as with bearings, it must be in accordance with the requirements of the base hole design, that is, in accordance with the diameter tolerance of bearings to determine the diameter tolerance.
Q:Does the SolidWorks mechanical design engineer paint parts individually or draw parts in an assembly?
Either way, in actual work, the two approaches may alternate.If you do is mechanism design, may be other assembly references, can consider each part separately draw, so in the future by other assembly references when good maintenance, no loss of reference.If you do need to consider other parts of the related parts, such as the appearance of the skin, a variety of sports organizations, etc., can be considered to create parts in the assembly, can avoid some mistakes when combined with other parts. However, it is still recommended that you minimize the external reference in the assembly and make the key features that require external reference, and that the rest of the features are still done in an independent part manner.
Q:Mechanical design practice course, let students do something
The school is a rational knowledge, but the actual application is perceptual knowledge, the two change requires a process to know from the use,
Q:I do the mechanical design of the whole machine,
Take out the part drawings first and then assemble them into a whole picture
Q:The strength criterion of mechanical parts design is briefly introduced
1, the strength criterion requires that the working stress of the mechanical parts should not exceed allowable stress [Sigma]. The formula is typical: (3-16) lim - ultimate stress of brittle materials by static stress on the ultimate strength, the static stress of plastic materials, the yield limit of zero stress the fatigue limit. S - Safety factor. 2. stiffness criteria mechanical components are subject to elastic deformation when subjected to load. Stiffness is the ability to resist deformation of materials, mechanical parts, or structures subjected to external forces. The stiffness of the material is measured by the external force required to produce the unit deformation. The stiffness of a mechanical part depends on its modulus of elasticity, E or shear modulus, G, geometry and size, and the form of external forces. It is an important work in mechanical design to analyze the rigidity of mechanical parts. For some parts that need to be strictly deformed (such as wings, machine tools, spindles, etc.), stiffness analysis is necessary to control the deformation. We also need to control the stiffness of the parts to prevent vibration or instability. In addition, a spring, such as a spring, must be used to control its stiffness to a reasonable value to ensure its specific function. The stiffness criterion is that the elastic deformation of a component subjected to load is not greater than the allowable elastic deformation. The expression of the stiffness criterion is (3 - 17) y is an elastic deformation quantity, such as deflection, longitudinal elongation (shortening): [y] is the corresponding allowable elastic deformation. The elastic deformation of a part can be obtained by theoretical calculation or by experiment. The allowable deformation depends on the use of the part, and is determined by theoretical analysis or experience.
Q:I University of mechanical manufacturing, graduate students made a machine tool parts, mechanical design,
NC, with FANUC, specific also don't understand. PLC, there are many brands, there are Ashkenazi SIEMENS, legal genealogy, Schneider, Japanese MITSUBISHI, OMRON, etc., Taiwan Delta, Yong Hong and so on other brands.

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